One of the recurring questions faced by departments of mathematics across Europe is how to strengthen the connection between university education and the rapidly evolving
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Category: Featured Ecmi Node
Faculty of Sciences, University of Novi Sad: Modernising Applied Mathematics Education for the Age of Artificial Intelligence
Applied mathematics has always evolved together with the challenges of society. Over the past decades, mathematical modelling, scientific computing, uncertainty quantification and optimisation have become
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MOX. The NEMESIS SyG-ERC Project: NEw generation MEthods for numerical SImulationS
NEMESIS – NEw generation MEthods for numerical SImulationS – is an ERC Synergy Grant project (Project No. 101115663) funded in the 2023 Synergy call for
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MOX. Mathematics for sustainable vertical farming: designing next-generation growing systems
SUSTAIN (SUbstrate and Systems of Trays for Agricultural INnovation) is a five-year project funded under the Italian Applied Sciences Fund (FISA 2024) programme of the
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MOX. Decoding Brain Function through Mathematical Modeling, Scientific Computing & Computational Learning (BrainNum)
BraiNum is a research project carried out at the MOX Laboratory (Department of Mathematics, Politecnico di Milano) devoted to the mathematical modeling and numerical simulation
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MOX. Digital twin for rock fall and flow in response to a climate change scenario (TWINFALL)
TWINFALL “Digital TWIN for rock FALL and flow in response to a climate change scenario” is a project carried out in collaboration between the Department
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MOX. ICOSAHOM 2027 at Politecnico di Milano (Italy) from 5–9 July 2027
We are proud to announce that ICOSAHOM 2027 – the 16th International Conference on Spectral and High-Order Methods will be held at Politecnico di Milano
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Milano. Exploring the (seemingly) Silent Brain
Understanding how the human cerebral cortex processes information and integrates activity across distributed regions is a central goal of modern neuroscience. The cortex is organized
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Milano. Probabilistic and Statistical Methods for Forensic Anthropological Identification
Forensic science often operates at the boundary between mathematics, medicine, and the law, particularly in contexts where identifying deceased individuals is both scientifically challenging and
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Kaiserslautern. From Movement to Crash – How Mathematical Models Enable More Realistic Accident Simulations
In a traffic accident, it is not only the impact itself that determines possible injuries. The crash is often preceded by a highly dynamic situation: the vehicle brakes abruptly, occupants try to brace themselves or react reflexively to the acceleration. These movements change the posture and speed of the limbs and thus significantly influence the risk of injury at the moment of impact. This raises a key question for accident research: How can these movements be simulated realistically?
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